The Raycus 50W fiber laser is a powerful and reliable engraving machine, especially for guns. It offers an efficient and precise way to engrave designs, logos, and other markings on metal surfaces. With the right set–up and a little bit of practice, this machine can create stunningly detailed designs on metal surfaces.
The laser is powered by a 50W fiber laser module, which is capable of engraving at speeds of up to 1.2 meters per second. The cutting accuracy is up to 0.1mm, and the maximum engraving depth is 0.3mm, making it a great choice for laser marking and detailed engraving.
Raycus Fiber laser also features an adjustable Z–axis, allowing for easy calibration of the focus point for different materials. This fiber laser engraving machine is easy to use and can be set up quickly and operated with minimal training. Overall, it is a great choice for anyone looking for a reliable and efficient way to engrave guns and other metals.
Raycus 50W Fiber Laser – Review
The Raycus 50W fiber laser is a powerful, highly efficient, and cost–effective laser that is designed to meet the needs of a wide variety of applications. With its advanced design, the Raycus offers superior performance, reliability, and value.
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The Raycus 50W fiber laser is a powerful device that offers superior performance when compared to other types of lasers. It is capable of producing up to 50 watts of laser power, which makes it an ideal choice for materials processing applications such as marking, engraving, and cutting.
The laser also has a high beam quality, with a near–perfect beam profile, which ensures highly precise and accurate results.
The Raycus 50W fiber laser is designed to be highly reliable, with long service life. It is rated to last up to 100,000 hours, which is far greater than other types of lasers. Additionally, the laser is designed to be resistant to dust, moisture, and other environmental factors, making it a reliable choice for industrial applications.
The Raycus 50W fiber laser is designed to be highly efficient, with a high power conversion rate. It is capable of converting up to 70% of the input power into laser power, making it an energy–efficient choice for industrial applications.
Additionally, the laser features a low operating temperature, which helps to reduce energy costs and improve system performance.
Value for money
The Raycus 50W fiber laser is an affordable choice that offers excellent value for money. With its superior performance, reliability, and efficiency, it is an ideal choice for a wide range of materials processing applications.
Additionally, the laser is backed by a one–year warranty, which provides peace of mind and further enhances its value.
Raycus 50W fiber laser is a type of industrial laser that can be used for a variety of applications including but not limited to laser marking, engraving, welding, and cutting. This is so far the best fiber laser engraving machine for guns.
This type of laser is known for its high-precision laser output, making it an ideal choice for a wide range of industrial applications. It is capable of working on a variety of materials including metals, plastics, and wood. It can also be used to create intricate designs and patterns with high accuracy and detail, making it a popular choice for industries such as automotive, electronics, and medical.
Apart from the laser marking, Raycus JPT fiber laser can also be used for the following purposes:
- Rust Removal with its high-frequency pulse
- Mold treatment purpose
- Oil cleaning
- Paint stripping
- Pre-treating welding surface
- Treating portrait stone surface
Wavelength & Pulse Width
The Raycus 50W fiber laser can generate a laser beam with a wavelength of 1064nm. This wavelength is ideal for most metal cutting and marking applications. The pulse width of the laser beam is adjustable, which means that the laser can be adjusted to produce a pulse width that is most suitable for the job. The shorter the pulse width, the more precise the cutting or marking process is. By adjusting the pulse width, it is possible to achieve a high level of accuracy and efficiency when cutting or marking materials.
Overall, the Raycus 50W fiber laser is a powerful, reliable, and efficient device that is designed to meet the needs of a wide variety of applications. It offers superior performance, high power efficiency, and excellent value for money. If you are looking for a powerful and cost–effective laser for materials processing applications, the Raycus 50W fiber laser is an excellent choice.
How Raycus outweighs other laser engravers?
These are the key highlighted points that separate Raycus 50W fiber laser from other budget-friendly laser engravers:
- Raycus 50w features Short Pulse Set up time. It helps in laser marking by enabling the laser to be turned on and off rapidly during the process. This allows the laser to be used more efficiently and to create finer details with more accuracy. Laser marking with shorter pulse setup times also helps reduce heat distortion on the material being marked, resulting in a more accurate mark.
- The fiber laser comes with a central wavelength of 1064 nm, which is used in laser marking because it is one of the most efficient wavelengths for this purpose. It has the ability to penetrate deep into the material being marked and create a permanent, highly visible mark. The wavelength of 1064 nm also produces a very narrow and focused laser beam, which makes it ideal for creating detailed and intricate markings.
- Also, Raycus features a repetition frequency of 50 to 60 kHZ. A laser marking machine that uses a 50 to 60 kHz repetition frequency is capable of quickly and accurately etching or engraving a variety of materials, including plastics, metals, and glass. This is because the higher the frequency of the laser, the faster the material is exposed to the laser beam, leading to a more precise and consistent marking. The higher the frequency of the laser, the more detailed and intricate designs can be achieved. Additionally, higher frequencies produce less heat, which is important when marking some materials, like plastics, which can be damaged by too much heat.
- Besides, there will be a random polarization state that can help in metal marking by providing a more permanent mark than traditional metal marking techniques. Traditionally, metal marking techniques, such as engraving or laser marking, require direct contact with the metal surface, which can lead to wear and tear over time. By using random polarization states, a light beam is directed onto the metal surface without direct contact, creating a permanent mark that is resistant to wear and tear.
- Additionally, Raycus fiber laser is air-cooled which is better than water-cooled fiber lasers because they are more reliable, require less maintenance, and are more cost–effective. Air-cooled lasers are also much more compact and lightweight, making them easier to transport and install in various locations. Additionally, air-cooled lasers require less energy to operate than water-cooled lasers, making them more energy efficient. Lastly, since air-cooled lasers don‘t require any external cooling system, they are much quieter than water-cooled systems.
- Furthermore, Raycus fiber laser’s working temperature will be 10 to 40-degree celsius which is great & user-friendly.
Having so many positive sides, Raycus fiber laser does have some limitations as below:
- Raycus 50W fiber laser is a Q-switched laser which means that the laser typically has peak power levels up to several kilowatts, which is much lower than other types of lasers.
- Also, Setting up a Q–switched fiber laser such as Raycus requires more complex optics than other types of lasers.
- Similarly, Q–switched fiber lasers tend to be more expensive than other types of lasers, due to the complexity of the components required.
- Finally, The repetition rate of Q–switched fiber lasers is typically lower than other types of lasers, making them unsuitable for high-speed applications.
Gun Engraving with Raycus 50W Fiber Laser
My experience using Raycus fiber laser for gun engraving was nothing short of amazing.
The precision and detail that the laser was able to produce were second to none. Not only was the engraving incredibly accurate, but the speed of the process was impressive as well. I was able to complete a complex engraving project in half the time it would have taken me to do it with a traditional engraving tool.
The laser also did not create any heat or leave any marks on the gun, so there was no risk of damaging the gun during the engraving process. Overall, I would highly recommend using a fiber laser for gun engraving. It is a great option for anyone looking for a reliable and accurate engraving tool.
Below are the technical details of the Raycus fiber laser that I have used for gun engraving:
- Repetition frequency: 20-60kHz @ 20W
- Pulse duration: 100 ns
- Software: Lightburn
- Output power adjustment: 80%
- Laser Wavelength: 1064 nm
- Marking Speed: 5000 mm/s
- Engraving Depth: 0.2 mm
How Raycus fiber laser differs from other laser markers from the same company?
Raycus 50W fiber lasers differ from other Raycus lasers in several ways. Firstly, Raycus 50W fiber lasers are more powerful, compared to other Raycus lasers which typically have output powers between 10W and 30W. Secondly, Raycus 50W uses a fiber–optic cable to transfer the laser beam, which increases the stability and accuracy of the laser beam compared to other Raycus lasers which use free–space optics. Finally, Raycus 50W fiber lasers are more efficient, with a higher wall–plug efficiency than other Raycus lasers, meaning they require less energy to generate the same amount of power.
How can you color engrave guns?
For color engraving guns, you need to use MOPA laser instead of fiber lasers.
The main reason why MOPA fiber laser engraves in color and the Q switched laser cannot is because the MOPA fiber laser produces a wider range of wavelengths than the Q switched laser. This allows the MOPA fiber laser to more accurately reproduce the original image in a range of colors, while the Q switched laser is limited to a single color.
To demonstrate this, a case study conducted by Fraunhofer Institute for Laser Technology (ILT) compared the results of MOPA fiber laser engraving and Q switched laser engraving on a range of materials. The MOPA fiber laser was able to produce a range of colors with excellent contrast, while the Q switched laser was only able to engrave in one color. Furthermore, the MOPA fiber laser was able to engrave with a higher resolution than the Q switched laser.
That case study shows that MOPA fiber laser engraving is more effective than Q switched laser engraving for producing colored images with excellent contrast and resolution.
These are the detailed difference between MOPA fiber laser & Q switched fiber laser:
|Factors||Q Switched Fiber Laser||MOPA Fiber Laser|
|Laser Modulation||Q Switching||Electrical Modulated Seed|
|Pulse Shape||Fixed||Modified by seed modulator|
|Pulse repetition rate||20-80 kHz||1-4000 kHz|
|Rise time of first pulse||Long, & Fixed||Short & Tunable|
|Engraving Thin Material||Unable||Available|
Which laser engraving machines are suitable to engrave guns?
There are a variety of laser engraving machines that are suitable for engraving guns.
The most important factor to consider when selecting an engraving machine is the power of the laser. For engraving guns, you will need a laser with at least 40 watts of power.
These are the best laser engraving machines for guns:
- Raycus Fiber Laser (Best Overall)
- OMTech Mopa Fiber laser (for color engraving guns)
- Gweike Cloud Pro CO2 laser
This is completely your call whether you need laser marking or color laser engraving on your guns. If your priority is to laser mark the guns, then your choice should be to get a Fiber laser-like Raycus. Additionally, if you need color laser engravings then MOPA laser (such as OMTech) is your only choice. However, you have still the option to perform laser engravings in guns, pistols, and other metal objects with a CO2 laser engraver such as Gweike cloud pro.
Under the MOPA fiber laser category – OMTech 100W can also be another great engraving machine for color engraving guns.
Why OMTech MOPA laser machine is best for color engraving guns?
OMTech is a versatile laser engraving machine that uses MOPA fiber laser technology for producing color laser engravings. It also offers accurate precision and fits in tiny spaces.
Here’s a detailed review of this fiber laser
Besides, OMTech is able to produce 10.6 microns wavelength that easily produces color laser engravings in guns, pistols and other metal tags.
Similarly, OMTech fiber laser can also deliver a controlled pulse rate between 100 and 600 Hz and is typically used for color engraving with a laser engraver. For example, a pulse rate of 500 Hz will allow for a much finer level of detail than a pulse rate of 200 Hz. Additionally, higher pulse rates can be used to engrave deeper into materials, allowing for brighter and more vibrant colors.
OMTech offers a laser marking speed of 20,000mm/s helps to increase the efficiency of the engraving process. Additionally, OMTech offers wavelengths from UV to NIR which can be used for laser-based technologies such as laser cutting, laser welding, laser engraving, laser marking, laser ablation, and many more.
Can you use a CO2 laser engraving machine to engrave guns?
Yes, a 40W CO2 laser can engrave guns. The engraving can be used to apply serial numbers, trademarks, or other information to gun parts. The laser can also be used to cut metal parts for gun modifications and other projects.
Other factors to consider when using a 40W CO2 laser to engrave guns include the type of metal and the depth of the engraving. Different types of metal will require different settings on the laser to achieve the desired results. The depth of the engraving also needs to be considered, as too shallow of an engraving may not be permanent, and too deep of an engraving could damage the gun.
What is the suitable CO2 laser engraving machine for guns?
If you choose the CO2 laser engraving machine to engrave guns, We recommend looking at the Gweike cloud pro.
Gweike Cloud Pro is a powerful and versatile laser engraving machine. It is a great choice for those who want to engrave guns, as it has a range of features that make it suitable for this application.
The Gweike Cloud Pro is capable of engraving on a wide range of materials, including wood, metal, acrylic, and even glass. This makes it a very versatile engraver. It has a powerful laser that can cut and etch materials with high precision, making it perfect for engraving guns. It also has a variety of customizable settings that allow you to adjust the speed, power, and focus of the laser, so you can get the exact engraving results that you desire.
The Gweike is also easy to use. It comes with a user–friendly graphical interface, so you can easily set up and operate the machine. It also comes with a variety of safety features, such as laser safety eyewear that you must wear when using the machine, and a safety switch to make sure the machine is only used when it is safe to do so.
Overall, the Gweike Cloud Pro is a great choice for those who want to engrave guns. It is a powerful and versatile machine that is easy to use, and it has a variety of customizable settings that make it suitable for this application. It also comes with a range of safety features, making it a safe and reliable choice.
Here’s a glimpse on Gweike cloud pro:
- Gweike Cloud Pro is a 50-watt CO2 laser cutter which means that the user can cut and engrave almost every material except aluminum, stainless steel, titanium, and copper.
- It offers a precession rate of up to 0.0001 inches which concludes the power of tiny spot marking ability.
- So far, Gweike Cloud Pro is the fastest laser engraver of 2022 compared to Glowforge. The engraving speed is 600 mm/second which seems to be an industrial-grade performance.
- It also features 3 axes linear guide rail for better maneuvering of the laser head.
- Supports more than 400 materials and also recognizes them like what Glowforge used to do.
- This is a desktop laser cutter and is accessible through USB & Wifi; however, no smartphone app is there to control it.
- Gweike Cloud Pro can be controlled through Lightburn which was a big limitation for Glowforge users.
- There is a 5-megapixel HD camera to oversee the laser engraving performance but, the Glowforge had one extra camera for spot marking.
Raycus Vs OMTech laser engraving machine
Let’s have a look at the side-by-side comparison between both Raycus and OMTech fiber laser engraving machines for better understanding:
|Output Power||50 Watt||100 Watt|
|Engraving Area||A Type.110×110mm(4.3×4.3in) // B Type. 150×150mm(5.9×5.9in) // C Type.175×175mm (6.9×6.9in)||6.9×6.9 in. (175×175 mm) & 4.3x4.3 in. (110×110 mm)|
|Laser Type||MOPA Fiber||Q Switched Fiber|
|Laser Frequency||20-60kHz @ 20W./30-60kHz @ 30W./50-100kHz @ 50W.||1–4000 kHz (Adjustable)|
|Pulse Width||90-150ns.||2–500 ns (Controlled)|
|Marking / Engraving Speed||≤7000mm/s(275.6in/s)||275.6 ips (7000 mm/s)|
|Life||100000 Hrs||100000 Hrs|
|Price||Check Amazon||Check Amazon|
When both Raycus & OMTech is compared, the main differences are as follows:
- Raycus is a professional fiber laser marking machine while the OMTech is a MOPA fiber laser engraving machine that has the ability to produce color engravings even on guns and other metal tags.
- The pulse width and Pulse rate of Raycus is fixed to some extent but the OMTech holds the ability to deliver pulse width at any rate from 2–500 ns
- Similarly, the laser frequency the OMTech delivers is completely controlled whereas the Raycus cannot vary that thing much.
- Both have a similar lifecycle but are from different technology and so does the ability.
Overall, Raycus 50W fiber laser is a great choice as a laser marking machine but the OMTech can also be a suitable option for someone is looking for color laser engravings on metal.
Is there any legal aspect to engraving guns?
Yes, there are legal aspects to engraving guns. For instance, in the United States, the Gun Control Act of 1968 requires all firearms manufactured or imported for sale in the US to be marked with the name of the manufacturer, the country of origin, and the serial number. This requirement applies to engraving as well.
In some states, such as Florida and New York, there are additional laws that require firearms to be permanently marked with the name of the owner. In Florida, for example, state law requires that all firearms be permanently marked with the name of the owner and that the marking must be done in a manner approved by the Department of Law Enforcement. This means that firearms owners must have their guns engraved with their names and other identifying information.
In some cases, engraving guns have been used as evidence in criminal cases. For example, in the case of People v. Watson (2007), the defendant was convicted of murder based in part on the fact that the murder weapon had been engraved with the defendant‘s initials. The court found that this evidence was sufficient to establish the defendant‘s ownership of the gun and thus his involvement in the murder.
Gun Engraving Common Mistakes
These are the common mistakes people do while engraving guns with a laser engraver:
- Not taking the time to properly clean the gun before engraving. Dirt, grime, and oil can interfere with the engraving process, leading to a poor results.
- Not adequately protecting other parts of the gun during the engraving process. Engraving is a process that uses heat and should be done carefully to avoid damaging other parts of the gun.
- Not using the correct tools and techniques to achieve the desired result. Engraving tools must be sharp and the engraver must be skilled in order to get the best possible result.
- Not properly sealing the engraved area after the engraving is complete. In order to prevent corrosion and wear, the engraved area should be sealed with a clear coat or other protective coatings.
- Engraving too deeply into the gun. This can cause damage to the internal parts of the gun and should be avoided.
Important tips for Metal Marking
These are the important tips that will surely help you in the metal marking process using a fiber laser engraving machine.
- Choose the Correct Parameters: When using a fiber laser for metal marking, it is important to choose the correct parameters for the material being marked and the desired outcome. This includes setting the laser power, speed, and pulse rate to achieve the best results.
- Use a Focusing Lens: When using a fiber laser, it is important to use the correct focusing lens to ensure that the laser beam is focused at the right spot. This helps to ensure that the mark is clean and clear.
- Use the Right Marking Software: The right marking software is essential for most laser marking applications. This software helps to convert the design into a format that is compatible with the laser and allows for precise control over the laser parameters.
- Protect the Laser: It is important to protect the laser from dust and other contaminants that can damage the laser components. A dust cover and other protective measures should be taken when the laser is not in use.
- Clean the Laser Components: After each use, it is important to clean the laser components to ensure that they are functioning correctly. This includes wiping down the lens, mirrors, and other components.
- Monitor the Laser Performance: It is important to regularly monitor the performance of the laser to ensure that it is functioning correctly. This includes checking the laser power, speed, and pulse rate to ensure that it is set correctly.
Commonly faced problems of fiber laser
Common Problems with Fiber Lasers and Troubleshooting Strategies:
Low Power Output: This is usually caused by a malfunctioning or damaged gain medium, or a misaligned laser cavity. To troubleshoot, check the power output of the laser by using a power meter. If the output is low, check the gain medium for any signs of damage and realign the laser cavity if necessary.
High Beam Pointing Error: This is typically caused by a misaligned mirror or a misaligned beam delivery system. To troubleshoot, use a laser alignment tool to adjust the beam pointing error. Also, make sure that the optics are correctly aligned and that the beam delivery system is correctly aligned.
Poor Beam Quality: Poor beam quality is usually caused by a damaged or malfunctioning gain medium, or by a misaligned laser cavity. To troubleshoot, check the beam quality of the laser by using a beam profiler. If the beam quality is poor, check the gain medium for any signs of damage and realign the laser cavity if necessary.
Laser Mode Instability: This is usually caused by a misaligned laser cavity or a damaged gain medium. To troubleshoot, use a laser alignment tool to check the laser cavity alignment and check the gain medium for any signs of damage. If necessary, replace the gain medium and realign the laser cavity.
High Background Noise: High background noise is usually caused by a malfunctioning or damaged gain medium, or a misaligned laser cavity. To troubleshoot, check the gain medium for any signs of damage and realign the laser cavity if necessary. Additionally, reduce the output power of the laser and check the background noise level.
Overall, Raycus fiber laser engraving machines are a great choice for marking guns and other metal objects. The machine is powerful, efficient, and easy to use. It can be used to mark all kinds of metal, including aluminum, brass, stainless steel and more. The laser is also fast and efficient, making it a great choice for metal marking and engraving. The machine is also durable and can last for many years. With its versatility and efficiency, Raycus fiber laser engraving machines are an excellent choice for gun and metal marking.